#cloud-outage — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cloud-outage, aggregated by home.social.
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The internet didn’t just “go down” — a single internal Cloudflare failure triggered global chaos across platforms like ChatGPT, X, Spotify, Canva, and more. This breakdown exposed how fragile modern internet infrastructure really is.
Read the full breakdown: https://shorturl.at/OV3od
#Cloudflare #InternetOutage #CloudOutage #DevOps #AWS #CloudComputing #SRE
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The internet didn’t just “go down” — a single internal Cloudflare failure triggered global chaos across platforms like ChatGPT, X, Spotify, Canva, and more. This breakdown exposed how fragile modern internet infrastructure really is.
Read the full breakdown: https://shorturl.at/OV3od
#Cloudflare #InternetOutage #CloudOutage #DevOps #AWS #CloudComputing #SRE
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AWS cloud services in the middle east disrupted for a second time, with drone activity impacting its Bahrain data center.
Earlier this month, two AWS data centers in the United Arab Emirates were hit by drone strikes. This led to an outage in the AWS ME-CENTRAL-1 cloud region, which has yet to be fully resolved.
Amazon "These strikes have caused structural damage, disrupted power delivery to our infrastructure, and in some cases required fire suppression activities that resulted in additional water damage.” https://www.datacenterdynamics.com/en/news/aws-bahrain-region-disrupted-by-drone-activity-as-war-in-middle-east-continues-to-impact-data-centers/ #AWS #IranWar #Cloud #CloudOutage #Bahrain #UAE #DataCenters #MiddleEast
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AWS cloud services in the middle east disrupted for a second time, with drone activity impacting its Bahrain data center.
Earlier this month, two AWS data centers in the United Arab Emirates were hit by drone strikes. This led to an outage in the AWS ME-CENTRAL-1 cloud region, which has yet to be fully resolved.
Amazon "These strikes have caused structural damage, disrupted power delivery to our infrastructure, and in some cases required fire suppression activities that resulted in additional water damage.” https://www.datacenterdynamics.com/en/news/aws-bahrain-region-disrupted-by-drone-activity-as-war-in-middle-east-continues-to-impact-data-centers/ #AWS #IranWar #Cloud #CloudOutage #Bahrain #UAE #DataCenters #MiddleEast
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AWS cloud services in the middle east disrupted for a second time, with drone activity impacting its Bahrain data center.
Earlier this month, two AWS data centers in the United Arab Emirates were hit by drone strikes. This led to an outage in the AWS ME-CENTRAL-1 cloud region, which has yet to be fully resolved.
Amazon "These strikes have caused structural damage, disrupted power delivery to our infrastructure, and in some cases required fire suppression activities that resulted in additional water damage.” https://www.datacenterdynamics.com/en/news/aws-bahrain-region-disrupted-by-drone-activity-as-war-in-middle-east-continues-to-impact-data-centers/ #AWS #IranWar #Cloud #CloudOutage #Bahrain #UAE #DataCenters #MiddleEast
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AWS cloud services in the middle east disrupted for a second time, with drone activity impacting its Bahrain data center.
Earlier this month, two AWS data centers in the United Arab Emirates were hit by drone strikes. This led to an outage in the AWS ME-CENTRAL-1 cloud region, which has yet to be fully resolved.
Amazon "These strikes have caused structural damage, disrupted power delivery to our infrastructure, and in some cases required fire suppression activities that resulted in additional water damage.” https://www.datacenterdynamics.com/en/news/aws-bahrain-region-disrupted-by-drone-activity-as-war-in-middle-east-continues-to-impact-data-centers/ #AWS #IranWar #Cloud #CloudOutage #Bahrain #UAE #DataCenters #MiddleEast
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⚠️ AWS Down? Users Report Global Slowdowns. Is Your Service Affected? Check Now! ⬇️
https://techyquantum.com/aws-minor-service-disruption/
#AWS #CloudOutage -
Microsoft 365 outage disrupted Exchange, SharePoint, OneDrive, Teams, and security admin access for enterprise users.
Microsoft cited a North America infrastructure failure and initiated recovery.
Is cloud resilience keeping pace with enterprise risk?
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Microsoft 365 outage disrupted Exchange, SharePoint, OneDrive, Teams, and security admin access for enterprise users.
Microsoft cited a North America infrastructure failure and initiated recovery.
Is cloud resilience keeping pace with enterprise risk?
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Microsoft 365 outage disrupted Exchange, SharePoint, OneDrive, Teams, and security admin access for enterprise users.
Microsoft cited a North America infrastructure failure and initiated recovery.
Is cloud resilience keeping pace with enterprise risk?
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Microsoft has resolved a Copilot outage that affected users in the U.K. and Europe following unexpected traffic growth, capacity-scaling faults, and a later-identified load-balancing issue.
The company reverted a recent policy change and manually scaled capacity to restore access.
What resiliency expectations should we have for cloud-delivered AI tools as they become core to daily workflows?
Share your thoughts and follow us for more balanced cybersecurity updates.
#InfoSec #Microsoft #Copilot #CloudOutage #AIOps #Microsoft365 #DigitalResilience #TechNews #IncidentResponse
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Microsoft has resolved a Copilot outage that affected users in the U.K. and Europe following unexpected traffic growth, capacity-scaling faults, and a later-identified load-balancing issue.
The company reverted a recent policy change and manually scaled capacity to restore access.
What resiliency expectations should we have for cloud-delivered AI tools as they become core to daily workflows?
Share your thoughts and follow us for more balanced cybersecurity updates.
#InfoSec #Microsoft #Copilot #CloudOutage #AIOps #Microsoft365 #DigitalResilience #TechNews #IncidentResponse
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Microsoft has resolved a Copilot outage that affected users in the U.K. and Europe following unexpected traffic growth, capacity-scaling faults, and a later-identified load-balancing issue.
The company reverted a recent policy change and manually scaled capacity to restore access.
What resiliency expectations should we have for cloud-delivered AI tools as they become core to daily workflows?
Share your thoughts and follow us for more balanced cybersecurity updates.
#InfoSec #Microsoft #Copilot #CloudOutage #AIOps #Microsoft365 #DigitalResilience #TechNews #IncidentResponse
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Microsoft has resolved a Copilot outage that affected users in the U.K. and Europe following unexpected traffic growth, capacity-scaling faults, and a later-identified load-balancing issue.
The company reverted a recent policy change and manually scaled capacity to restore access.
What resiliency expectations should we have for cloud-delivered AI tools as they become core to daily workflows?
Share your thoughts and follow us for more balanced cybersecurity updates.
#InfoSec #Microsoft #Copilot #CloudOutage #AIOps #Microsoft365 #DigitalResilience #TechNews #IncidentResponse
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What Caused the Massive AWS Outage in 2025? Understanding the Global Internet Meltdown
Published: October 25, 2025 – DoRaleigh.com Tech & Digital Infrastructure News
On October 20, 2025, the world witnessed one of the most severe cloud disruptions in modern history — a massive AWS outage that rippled across the entire digital landscape. The hours-long event shut down major companies, stalled global commerce, disrupted travel, and reminded everyone just how dependent we’ve become on Amazon Web Services.
If you woke up on Monday wondering why your bank app wasn’t working, why Alexa wasn’t responding, or why your business tools refused to load, you weren’t alone. A single malfunction inside AWS’s northern Virginia data center brought significant portions of the internet to a halt.
Below, we break down exactly what caused the AWS outage, who was affected, and why this failure matters for the future of cloud computing.
What Triggered the AWS Outage on October 20, 2025?
Amazon confirmed that the outage originated inside its US-EAST-1 region, the company’s oldest — and most relied-upon — data center cluster located in northern Virginia.
The Root Cause: A Malfunctioning Internal Monitoring Subsystem
According to AWS:
An internal subsystem responsible for monitoring the health of network load balancers within its EC2 service malfunctioned. This triggered a cascade of DNS resolution failures, preventing AWS services from translating domain names to IP addresses. With DNS failing, critical services such as DynamoDB — a database underpinning more than 100 AWS tools — stopped functioning properly. As DynamoDB and EC2 degraded, systems across the global internet collapsed under the pressure.
In short:
A small internal failure disrupted the internet’s traffic routers, broke DNS, and halted key AWS services powering thousands of companies worldwide.
How Long Did the AWS Outage Last?
The outage lasted several hours, spanning the late morning through evening on October 20. Amazon restored most core functions by nighttime, but many companies continued experiencing:
Delays Slow service recovery Massive backlogs of queued requests
For businesses relying on real-time operations — think airports, banks, and delivery services — every hour mattered.
Which Companies Were Affected by the 2025 AWS Outage?
The short answer: Almost everyone.
Millions of consumers faced app crashes, login failures, and communication blackouts as services across entertainment, finance, retail, and transportation ground to a halt.
Major Companies Affected
Finance & Payments:
Venmo Coinbase Robinhood
Communication & Tech:
Slack Zoom Microsoft Teams WhatsApp Signal Reddit Perplexity
Entertainment & Gaming:
Hulu HBO Max Fortnite Spotify
Retail & Food Service:
Starbucks McDonald’s Instacart
Transportation:
Delta United Airlines Uber Lyft
Telecom:
AT&T Verizon T-Mobile
Even Amazon itself wasn’t spared — Alexa, Prime Video, Ring, and parts of Amazon’s warehouse operations went offline.
Public agencies were hit as well, including the NYC MTA and the U.K.’s HMRC tax website.
Why Was This AWS Outage Such a Big Deal?
AWS isn’t just another cloud provider. It powers:
A third of the global cloud computing market Millions of websites and mobile apps Critical infrastructure from airlines to hospitals Retail and logistics systems used worldwide
This incident marks the third major outage in five years linked to the same data cluster, US-EAST-1 — a region so essential that downtime there often looks like downtime everywhere.
Just a year after the disastrous Crowdstrike malfunction of 2024, which impacted healthcare and transportation networks globally, the 2025 AWS outage reinforced a hard truth:
The world’s digital infrastructure is concentrated in the hands of a few tech giants. When one of them falters — even briefly — the world feels it immediately.
Was the AWS Outage Caused by a Cyberattack?
No.
Amazon reported no evidence of hacking, malware, or external interference.
Instead, the outage was triggered by an internal technical malfunction — proof that even routine system failures can have enormous consequences when cloud platforms are this interconnected.
What Is AWS, and Why Does It Matter So Much?
For those who don’t work directly in cloud services, here’s a quick refresher:
What AWS Provides
Cloud storage Virtual servers Databases Networking AI tools Enterprise hosting App infrastructure
AWS essentially acts as the scaffolding of the internet, allowing companies to scale up without maintaining physical servers.
From startups to Fortune 500s, most digital services run on AWS — which explains why this outage reached nearly every corner of daily life.
How the AWS Outage Impacts Raleigh & the Triangle
Though the outage was global, the Triangle felt the effects locally:
Raleigh’s tech companies relying on AWS tools like EC2, S3, and Lambda reported delays and downtime. Local residents struggled with apps like Instacart, Lyft, Slack, and Venmo. RDU travelers reported check-in issues with airlines whose systems rely on AWS. Smart home users across Durham, Cary, and Raleigh experienced Alexa failures throughout the day.
The Triangle’s growing reputation as a tech hub means regional businesses increasingly depend on cloud platforms — outages like this highlight the need for redundancy and disaster-planning.
Final Thoughts: A Wake-Up Call for Global Tech Infrastructure
The 2025 AWS outage wasn’t just an inconvenience — it was a global warning shot. As the digital world continues to centralize around a small number of cloud providers, even minor internal failures can cause:
Financial losses Systemic business disruptions Transportation delays Communication breakdowns Global economic ripple effects
While AWS restored functionality by the end of the day, the event exposed just how fragile the internet truly is — and how vital it is for governments, companies, and cloud providers to invest in more resilient infrastructure.
Follow DoRaleigh.com for daily updates on government meetings, local festivals, and community happenings — your one-stop guide to everything Raleigh!
Follow Us: Instagram | Facebook | BSky | Linkedin
#amazon #amazonWebServices #aws #cloudComputing #cloudOutage #dnsFailure #infrastructure #internetOutage #news #raleighTech #techNews #technology #usEast1
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What Caused the Massive AWS Outage in 2025? Understanding the Global Internet Meltdown
Published: October 25, 2025 – DoRaleigh.com Tech & Digital Infrastructure News
On October 20, 2025, the world witnessed one of the most severe cloud disruptions in modern history — a massive AWS outage that rippled across the entire digital landscape. The hours-long event shut down major companies, stalled global commerce, disrupted travel, and reminded everyone just how dependent we’ve become on Amazon Web Services.
If you woke up on Monday wondering why your bank app wasn’t working, why Alexa wasn’t responding, or why your business tools refused to load, you weren’t alone. A single malfunction inside AWS’s northern Virginia data center brought significant portions of the internet to a halt.
Below, we break down exactly what caused the AWS outage, who was affected, and why this failure matters for the future of cloud computing.
What Triggered the AWS Outage on October 20, 2025?
Amazon confirmed that the outage originated inside its US-EAST-1 region, the company’s oldest — and most relied-upon — data center cluster located in northern Virginia.
The Root Cause: A Malfunctioning Internal Monitoring Subsystem
According to AWS:
An internal subsystem responsible for monitoring the health of network load balancers within its EC2 service malfunctioned. This triggered a cascade of DNS resolution failures, preventing AWS services from translating domain names to IP addresses. With DNS failing, critical services such as DynamoDB — a database underpinning more than 100 AWS tools — stopped functioning properly. As DynamoDB and EC2 degraded, systems across the global internet collapsed under the pressure.
In short:
A small internal failure disrupted the internet’s traffic routers, broke DNS, and halted key AWS services powering thousands of companies worldwide.
How Long Did the AWS Outage Last?
The outage lasted several hours, spanning the late morning through evening on October 20. Amazon restored most core functions by nighttime, but many companies continued experiencing:
Delays Slow service recovery Massive backlogs of queued requests
For businesses relying on real-time operations — think airports, banks, and delivery services — every hour mattered.
Which Companies Were Affected by the 2025 AWS Outage?
The short answer: Almost everyone.
Millions of consumers faced app crashes, login failures, and communication blackouts as services across entertainment, finance, retail, and transportation ground to a halt.
Major Companies Affected
Finance & Payments:
Venmo Coinbase Robinhood
Communication & Tech:
Slack Zoom Microsoft Teams WhatsApp Signal Reddit Perplexity
Entertainment & Gaming:
Hulu HBO Max Fortnite Spotify
Retail & Food Service:
Starbucks McDonald’s Instacart
Transportation:
Delta United Airlines Uber Lyft
Telecom:
AT&T Verizon T-Mobile
Even Amazon itself wasn’t spared — Alexa, Prime Video, Ring, and parts of Amazon’s warehouse operations went offline.
Public agencies were hit as well, including the NYC MTA and the U.K.’s HMRC tax website.
Why Was This AWS Outage Such a Big Deal?
AWS isn’t just another cloud provider. It powers:
A third of the global cloud computing market Millions of websites and mobile apps Critical infrastructure from airlines to hospitals Retail and logistics systems used worldwide
This incident marks the third major outage in five years linked to the same data cluster, US-EAST-1 — a region so essential that downtime there often looks like downtime everywhere.
Just a year after the disastrous Crowdstrike malfunction of 2024, which impacted healthcare and transportation networks globally, the 2025 AWS outage reinforced a hard truth:
The world’s digital infrastructure is concentrated in the hands of a few tech giants. When one of them falters — even briefly — the world feels it immediately.
Was the AWS Outage Caused by a Cyberattack?
No.
Amazon reported no evidence of hacking, malware, or external interference.
Instead, the outage was triggered by an internal technical malfunction — proof that even routine system failures can have enormous consequences when cloud platforms are this interconnected.
What Is AWS, and Why Does It Matter So Much?
For those who don’t work directly in cloud services, here’s a quick refresher:
What AWS Provides
Cloud storage Virtual servers Databases Networking AI tools Enterprise hosting App infrastructure
AWS essentially acts as the scaffolding of the internet, allowing companies to scale up without maintaining physical servers.
From startups to Fortune 500s, most digital services run on AWS — which explains why this outage reached nearly every corner of daily life.
How the AWS Outage Impacts Raleigh & the Triangle
Though the outage was global, the Triangle felt the effects locally:
Raleigh’s tech companies relying on AWS tools like EC2, S3, and Lambda reported delays and downtime. Local residents struggled with apps like Instacart, Lyft, Slack, and Venmo. RDU travelers reported check-in issues with airlines whose systems rely on AWS. Smart home users across Durham, Cary, and Raleigh experienced Alexa failures throughout the day.
The Triangle’s growing reputation as a tech hub means regional businesses increasingly depend on cloud platforms — outages like this highlight the need for redundancy and disaster-planning.
Final Thoughts: A Wake-Up Call for Global Tech Infrastructure
The 2025 AWS outage wasn’t just an inconvenience — it was a global warning shot. As the digital world continues to centralize around a small number of cloud providers, even minor internal failures can cause:
Financial losses Systemic business disruptions Transportation delays Communication breakdowns Global economic ripple effects
While AWS restored functionality by the end of the day, the event exposed just how fragile the internet truly is — and how vital it is for governments, companies, and cloud providers to invest in more resilient infrastructure.
Follow DoRaleigh.com for daily updates on government meetings, local festivals, and community happenings — your one-stop guide to everything Raleigh!
Follow Us: Instagram | Facebook | BSky | Linkedin
#amazon #amazonWebServices #aws #cloudComputing #cloudOutage #dnsFailure #infrastructure #internetOutage #news #raleighTech #techNews #technology #usEast1
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What Caused the Massive AWS Outage in 2025? Understanding the Global Internet Meltdown
Published: October 25, 2025 – DoRaleigh.com Tech & Digital Infrastructure News
On October 20, 2025, the world witnessed one of the most severe cloud disruptions in modern history — a massive AWS outage that rippled across the entire digital landscape. The hours-long event shut down major companies, stalled global commerce, disrupted travel, and reminded everyone just how dependent we’ve become on Amazon Web Services.
If you woke up on Monday wondering why your bank app wasn’t working, why Alexa wasn’t responding, or why your business tools refused to load, you weren’t alone. A single malfunction inside AWS’s northern Virginia data center brought significant portions of the internet to a halt.
Below, we break down exactly what caused the AWS outage, who was affected, and why this failure matters for the future of cloud computing.
What Triggered the AWS Outage on October 20, 2025?
Amazon confirmed that the outage originated inside its US-EAST-1 region, the company’s oldest — and most relied-upon — data center cluster located in northern Virginia.
The Root Cause: A Malfunctioning Internal Monitoring Subsystem
According to AWS:
An internal subsystem responsible for monitoring the health of network load balancers within its EC2 service malfunctioned. This triggered a cascade of DNS resolution failures, preventing AWS services from translating domain names to IP addresses. With DNS failing, critical services such as DynamoDB — a database underpinning more than 100 AWS tools — stopped functioning properly. As DynamoDB and EC2 degraded, systems across the global internet collapsed under the pressure.
In short:
A small internal failure disrupted the internet’s traffic routers, broke DNS, and halted key AWS services powering thousands of companies worldwide.
How Long Did the AWS Outage Last?
The outage lasted several hours, spanning the late morning through evening on October 20. Amazon restored most core functions by nighttime, but many companies continued experiencing:
Delays Slow service recovery Massive backlogs of queued requests
For businesses relying on real-time operations — think airports, banks, and delivery services — every hour mattered.
Which Companies Were Affected by the 2025 AWS Outage?
The short answer: Almost everyone.
Millions of consumers faced app crashes, login failures, and communication blackouts as services across entertainment, finance, retail, and transportation ground to a halt.
Major Companies Affected
Finance & Payments:
Venmo Coinbase Robinhood
Communication & Tech:
Slack Zoom Microsoft Teams WhatsApp Signal Reddit Perplexity
Entertainment & Gaming:
Hulu HBO Max Fortnite Spotify
Retail & Food Service:
Starbucks McDonald’s Instacart
Transportation:
Delta United Airlines Uber Lyft
Telecom:
AT&T Verizon T-Mobile
Even Amazon itself wasn’t spared — Alexa, Prime Video, Ring, and parts of Amazon’s warehouse operations went offline.
Public agencies were hit as well, including the NYC MTA and the U.K.’s HMRC tax website.
Why Was This AWS Outage Such a Big Deal?
AWS isn’t just another cloud provider. It powers:
A third of the global cloud computing market Millions of websites and mobile apps Critical infrastructure from airlines to hospitals Retail and logistics systems used worldwide
This incident marks the third major outage in five years linked to the same data cluster, US-EAST-1 — a region so essential that downtime there often looks like downtime everywhere.
Just a year after the disastrous Crowdstrike malfunction of 2024, which impacted healthcare and transportation networks globally, the 2025 AWS outage reinforced a hard truth:
The world’s digital infrastructure is concentrated in the hands of a few tech giants. When one of them falters — even briefly — the world feels it immediately.
Was the AWS Outage Caused by a Cyberattack?
No.
Amazon reported no evidence of hacking, malware, or external interference.
Instead, the outage was triggered by an internal technical malfunction — proof that even routine system failures can have enormous consequences when cloud platforms are this interconnected.
What Is AWS, and Why Does It Matter So Much?
For those who don’t work directly in cloud services, here’s a quick refresher:
What AWS Provides
Cloud storage Virtual servers Databases Networking AI tools Enterprise hosting App infrastructure
AWS essentially acts as the scaffolding of the internet, allowing companies to scale up without maintaining physical servers.
From startups to Fortune 500s, most digital services run on AWS — which explains why this outage reached nearly every corner of daily life.
How the AWS Outage Impacts Raleigh & the Triangle
Though the outage was global, the Triangle felt the effects locally:
Raleigh’s tech companies relying on AWS tools like EC2, S3, and Lambda reported delays and downtime. Local residents struggled with apps like Instacart, Lyft, Slack, and Venmo. RDU travelers reported check-in issues with airlines whose systems rely on AWS. Smart home users across Durham, Cary, and Raleigh experienced Alexa failures throughout the day.
The Triangle’s growing reputation as a tech hub means regional businesses increasingly depend on cloud platforms — outages like this highlight the need for redundancy and disaster-planning.
Final Thoughts: A Wake-Up Call for Global Tech Infrastructure
The 2025 AWS outage wasn’t just an inconvenience — it was a global warning shot. As the digital world continues to centralize around a small number of cloud providers, even minor internal failures can cause:
Financial losses Systemic business disruptions Transportation delays Communication breakdowns Global economic ripple effects
While AWS restored functionality by the end of the day, the event exposed just how fragile the internet truly is — and how vital it is for governments, companies, and cloud providers to invest in more resilient infrastructure.
Follow DoRaleigh.com for daily updates on government meetings, local festivals, and community happenings — your one-stop guide to everything Raleigh!
Follow Us: Instagram | Facebook | BSky | Linkedin
#amazon #amazonWebServices #aws #cloudComputing #cloudOutage #dnsFailure #infrastructure #internetOutage #news #raleighTech #techNews #technology #usEast1
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So, since we now had outages of AWS, Azure and Cloudflare in fairly swift succession... who do we think will go down next?
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So, since we now had outages of AWS, Azure and Cloudflare in fairly swift succession... who do we think will go down next?
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So, since we now had outages of AWS, Azure and Cloudflare in fairly swift succession... who do we think will go down next?
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AWS outage highlights the fragility of cloud reliance—triggered by a DNS error, it disrupted thousands of services globally 🌐⚠️. This event reminds us why redundancy and transparency in cloud infrastructure are vital for internet resilience. Dive deeper: https://www.heise.de/en/opinion/Commentary-on-the-AWS-outage-It-s-always-DNS-unless-it-isn-t-11078430.html #AWS #CloudOutage #DNS #TechInsights
#newz -
AWS outage highlights the fragility of cloud reliance—triggered by a DNS error, it disrupted thousands of services globally 🌐⚠️. This event reminds us why redundancy and transparency in cloud infrastructure are vital for internet resilience. Dive deeper: https://www.heise.de/en/opinion/Commentary-on-the-AWS-outage-It-s-always-DNS-unless-it-isn-t-11078430.html #AWS #CloudOutage #DNS #TechInsights
#newz -
AWS outage highlights the fragility of cloud reliance—triggered by a DNS error, it disrupted thousands of services globally 🌐⚠️. This event reminds us why redundancy and transparency in cloud infrastructure are vital for internet resilience. Dive deeper: https://www.heise.de/en/opinion/Commentary-on-the-AWS-outage-It-s-always-DNS-unless-it-isn-t-11078430.html #AWS #CloudOutage #DNS #TechInsights
#newz -
AWS outage highlights the fragility of cloud reliance—triggered by a DNS error, it disrupted thousands of services globally 🌐⚠️. This event reminds us why redundancy and transparency in cloud infrastructure are vital for internet resilience. Dive deeper: https://www.heise.de/en/opinion/Commentary-on-the-AWS-outage-It-s-always-DNS-unless-it-isn-t-11078430.html #AWS #CloudOutage #DNS #TechInsights
#newz -
Kommentar zum AWS-Ausfall zeigt: Häufige Ursachen sind DNS-Probleme, doch manchmal steckt mehr dahinter. Eine Erinnerung an die komplexe Internet-Infrastruktur und die Risiken zentraler Cloud-Dienste. Mehr dazu: https://www.heise.de/meinung/Kommentar-zum-AWS-Ausfall-It-s-always-DNS-unless-it-isn-t-11077553.html 🌐⚠️ #AWS #CloudOutage #DNS #Internet
#newz -
Kommentar zum AWS-Ausfall zeigt: Häufige Ursachen sind DNS-Probleme, doch manchmal steckt mehr dahinter. Eine Erinnerung an die komplexe Internet-Infrastruktur und die Risiken zentraler Cloud-Dienste. Mehr dazu: https://www.heise.de/meinung/Kommentar-zum-AWS-Ausfall-It-s-always-DNS-unless-it-isn-t-11077553.html 🌐⚠️ #AWS #CloudOutage #DNS #Internet
#newz -
Kommentar zum AWS-Ausfall zeigt: Häufige Ursachen sind DNS-Probleme, doch manchmal steckt mehr dahinter. Eine Erinnerung an die komplexe Internet-Infrastruktur und die Risiken zentraler Cloud-Dienste. Mehr dazu: https://www.heise.de/meinung/Kommentar-zum-AWS-Ausfall-It-s-always-DNS-unless-it-isn-t-11077553.html 🌐⚠️ #AWS #CloudOutage #DNS #Internet
#newz -
Kommentar zum AWS-Ausfall zeigt: Häufige Ursachen sind DNS-Probleme, doch manchmal steckt mehr dahinter. Eine Erinnerung an die komplexe Internet-Infrastruktur und die Risiken zentraler Cloud-Dienste. Mehr dazu: https://www.heise.de/meinung/Kommentar-zum-AWS-Ausfall-It-s-always-DNS-unless-it-isn-t-11077553.html 🌐⚠️ #AWS #CloudOutage #DNS #Internet
#newz -
A Google Drive outage disrupted file access for thousands, exposing the risks of cloud dependency. The incident underscores the need for backup strategies and may benefit competitors like Microsoft and Dropbox.
#GoogleDrive #CloudOutage #CloudComputing #ProductivityTools #DataBackup #EnterpriseTech #Microsoft #Dropbox #TECHi
Read Full Article Here :- https://www.techi.com/google-drive-experiences-widespread-outage/
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A Google Drive outage disrupted file access for thousands, exposing the risks of cloud dependency. The incident underscores the need for backup strategies and may benefit competitors like Microsoft and Dropbox.
#GoogleDrive #CloudOutage #CloudComputing #ProductivityTools #DataBackup #EnterpriseTech #Microsoft #Dropbox #TECHi
Read Full Article Here :- https://www.techi.com/google-drive-experiences-widespread-outage/
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AWS and OpenAI strike $38B partnership to power next-gen AI workloads despite reliability concerns
https://web.brid.gy/r/https://nerds.xyz/2025/11/aws-openai-partnership-ai-infrastructure/
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AWS and OpenAI strike $38B partnership to power next-gen AI workloads despite reliability concerns
https://web.brid.gy/r/https://nerds.xyz/2025/11/aws-openai-partnership-ai-infrastructure/
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AWS and OpenAI strike $38B partnership to power next-gen AI workloads despite reliability concerns
https://web.brid.gy/r/https://nerds.xyz/2025/11/aws-openai-partnership-ai-infrastructure/
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AWS and OpenAI strike $38B partnership to power next-gen AI workloads despite reliability concerns
https://web.brid.gy/r/https://nerds.xyz/2025/11/aws-openai-partnership-ai-infrastructure/
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Key takeaway: even hyperscale clouds are vulnerable when automation bypasses validation. Reliability at scale depends as much on change-control discipline as on redundant hardware.
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Key takeaway: even hyperscale clouds are vulnerable when automation bypasses validation. Reliability at scale depends as much on change-control discipline as on redundant hardware.
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Key takeaway: even hyperscale clouds are vulnerable when automation bypasses validation. Reliability at scale depends as much on change-control discipline as on redundant hardware.
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Key takeaway: even hyperscale clouds are vulnerable when automation bypasses validation. Reliability at scale depends as much on change-control discipline as on redundant hardware.
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So we are now playing musical cloud outage chairs now?
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So we are now playing musical cloud outage chairs now?
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So we are now playing musical cloud outage chairs now?
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So we are now playing musical cloud outage chairs now?
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Diversity builds resilience — especially in the cloud.
Too many organizations depend on a single provider or region, creating hidden points of failure that can ripple across their entire business.
Matt Durrin reminds us that spreading workloads across multiple clouds isn’t just a best practice, it’s a safeguard against systemic risk.
More on our blog: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#AWS #DNS #CloudSecurity #DigitalResilience #FourthPartyRisk #VendorRiskManagement #CloudOutage #CyberResilience
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Diversity builds resilience — especially in the cloud.
Too many organizations depend on a single provider or region, creating hidden points of failure that can ripple across their entire business.
Matt Durrin reminds us that spreading workloads across multiple clouds isn’t just a best practice, it’s a safeguard against systemic risk.
More on our blog: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#AWS #DNS #CloudSecurity #DigitalResilience #FourthPartyRisk #VendorRiskManagement #CloudOutage #CyberResilience
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Diversity builds resilience — especially in the cloud.
Too many organizations depend on a single provider or region, creating hidden points of failure that can ripple across their entire business.
Matt Durrin reminds us that spreading workloads across multiple clouds isn’t just a best practice, it’s a safeguard against systemic risk.
More on our blog: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#AWS #DNS #CloudSecurity #DigitalResilience #FourthPartyRisk #VendorRiskManagement #CloudOutage #CyberResilience
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When AWS went down, the Internet stumbled — but the real story wasn’t just about downtime. It exposed a dangerous fourth-party risk lurking deep in the digital supply chain.
In our latest blog, Sherri Davidoff and Matt Durrin unpack what the October 2025 AWS outage revealed about cloud concentration, vendor dependencies, and true digital resilience.
Learn why “just trusting the cloud” isn’t enough and how to strengthen your defenses before the next outage hits.
Read the full article: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#FourthPartyRisk #DigitalResilience #CloudOutage #VendorRiskManagement #CyberResilience #CloudSecurity #SupplyChainRisk
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When AWS went down, the Internet stumbled — but the real story wasn’t just about downtime. It exposed a dangerous fourth-party risk lurking deep in the digital supply chain.
In our latest blog, Sherri Davidoff and Matt Durrin unpack what the October 2025 AWS outage revealed about cloud concentration, vendor dependencies, and true digital resilience.
Learn why “just trusting the cloud” isn’t enough and how to strengthen your defenses before the next outage hits.
Read the full article: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#FourthPartyRisk #DigitalResilience #CloudOutage #VendorRiskManagement #CyberResilience #CloudSecurity #SupplyChainRisk
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When AWS went down, the Internet stumbled — but the real story wasn’t just about downtime. It exposed a dangerous fourth-party risk lurking deep in the digital supply chain.
In our latest blog, Sherri Davidoff and Matt Durrin unpack what the October 2025 AWS outage revealed about cloud concentration, vendor dependencies, and true digital resilience.
Learn why “just trusting the cloud” isn’t enough and how to strengthen your defenses before the next outage hits.
Read the full article: https://www.lmgsecurity.com/beyond-aws-how-hidden-fourth-party-risks-threaten-digital-resilience/
#FourthPartyRisk #DigitalResilience #CloudOutage #VendorRiskManagement #CyberResilience #CloudSecurity #SupplyChainRisk
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AWS faces yet another major outage, highlighting decades of unresolved infrastructure challenges. Despite years of innovation, lessons remain unlearned in cloud reliability. 🌩️🔧 Can the cloud giant fix these recurring flaws? Read more: https://www.heise.de/en/opinion/Comment-on-the-total-outage-at-AWS-Learned-nothing-in-the-last-30-years-10796217.html #AWS #CloudOutage #TechReliability
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AWS faces yet another major outage, highlighting decades of unresolved infrastructure challenges. Despite years of innovation, lessons remain unlearned in cloud reliability. 🌩️🔧 Can the cloud giant fix these recurring flaws? Read more: https://www.heise.de/en/opinion/Comment-on-the-total-outage-at-AWS-Learned-nothing-in-the-last-30-years-10796217.html #AWS #CloudOutage #TechReliability
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AWS faces yet another major outage, highlighting decades of unresolved infrastructure challenges. Despite years of innovation, lessons remain unlearned in cloud reliability. 🌩️🔧 Can the cloud giant fix these recurring flaws? Read more: https://www.heise.de/en/opinion/Comment-on-the-total-outage-at-AWS-Learned-nothing-in-the-last-30-years-10796217.html #AWS #CloudOutage #TechReliability
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AWS faces yet another major outage, highlighting decades of unresolved infrastructure challenges. Despite years of innovation, lessons remain unlearned in cloud reliability. 🌩️🔧 Can the cloud giant fix these recurring flaws? Read more: https://www.heise.de/en/opinion/Comment-on-the-total-outage-at-AWS-Learned-nothing-in-the-last-30-years-10796217.html #AWS #CloudOutage #TechReliability
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AWS services are restoring after a major DNS failure in US-EAST-1, affecting platforms like Reddit, Zoom, Snapchat, Ring, and Coinbase. Backlogs remain for some services like Redshift and AWS Config.
Full coverage: https://www.technadu.com/aws-outage-update-services-restoring-after-major-dns-failure/611743/ -
AWS services are restoring after a major DNS failure in US-EAST-1, affecting platforms like Reddit, Zoom, Snapchat, Ring, and Coinbase. Backlogs remain for some services like Redshift and AWS Config.
Full coverage: https://www.technadu.com/aws-outage-update-services-restoring-after-major-dns-failure/611743/ -
AWS services are restoring after a major DNS failure in US-EAST-1, affecting platforms like Reddit, Zoom, Snapchat, Ring, and Coinbase. Backlogs remain for some services like Redshift and AWS Config.
Full coverage: https://www.technadu.com/aws-outage-update-services-restoring-after-major-dns-failure/611743/ -
AWS outage disrupts hundreds of services globally, including PSN, Alexa, Slack, Fortnite, Netflix, and banks.
Amazon cites DNS issues with DynamoDB APIs in US-EAST-1.
https://www.technadu.com/aws-outage-causes-global-disruption-hundreds-of-services-down-including-ring-security-cameras-alexa-psn/611723/
